375ai price

FAQ About EAT

• What is 375ai (EAT)？

  375ai is a decentralized AI data network built on Solana, designed to collect real-world data via edge devices and process it on-chain with privacy-preserving mechanisms. Its native token, EAT, is used to incentivize data contributors, pay network fees, participate in governance, and stake validator nodes. The project combines AI, DePIN, and Web3 to build the world’s first “Edge Intelligence Chain.”

• What are the main use cases of the EAT？

  EAT is used to pay for AI queries, stake for data validation, earn ecosystem rewards, vote in governance, and settle edge device data transactions. Users earn EAT by contributing data, running nodes, or completing tasks.

• What is the total supply of the EAT？

  EAT has a total supply of 1,000,000,000 tokens. As of October 2025, around 213 million are in circulation, with a market cap of approximately $8.02 million and a fully diluted valuation (FDV) of $37.65 million

• Is EAT multichain?

  EAT is currently deployed on Solana, with plans to expand to Ethereum, Sui, and LayerZero to enable broader data interoperability and cross-chain incentive mechanisms

• Is EAT a good long-term investment?

  EAT has long-term potential as a native token under the AI + DePIN model. The project has raised $13 million, deployed real-world devices, and aims to become a core Web3 data infrastructure

• How does EAT protect user privacy?

  375ai uses ZKML (Zero-Knowledge Machine Learning) to encrypt data, ensuring AI inference and analysis without exposing raw information. All data is processed locally on edge devices, avoiding centralized storage risks

• How is EAT different from Fetch.ai or Ocean Protocol?

  EAT focuses on edge device data collection with PoD and ZKML for on-chain validation and privacy, while Fetch.ai emphasizes multi-agent systems and Ocean Protocol centers on data marketplaces

• What is the technical architecture of EAT?

  EAT’s architecture includes an edge sensor network, privacy-preserving computation (ZKML), data validation layer, and smart contracts on Solana. Devices equipped with cameras and microphones collect traffic, urban, and environmental data, which is verified and encrypted on-chain.